5220460080 Toyota CUSHION SUB-ASSY, CAB MOUNTING, NO.2 LOWER, Price: 19.27$, Weight: 0.134kg


Make Number Name Availability Weight, kg Ship in, Days Price

Toyota

5220460080

CUSHION SUB-ASSY, CAB MOUNTING, NO.2 LOWER

0

0.134

 Dispatch 24h

19.27$

Not Available

Originals

Make Number Name Availability Weight, kg Processing, days Price  
Toyota
5220460080 
CUSHION SUB-ASSY, CAB MOUNTING, NO.2 LOWER
12
0.154
2-3
15.37$
 

Substitutions

Make Number Name Availability Weight, kg Processing, days Price  
Toyota
5221660091 
STOPPER CAB
12
0.059
 Dispatch 24h
5.56$
 
Toyota
5221660091 
STOPPER CAB
12
0.059
2-3
4.63$
 

Compatibility

DescriptionModelOptionsProd PeriodDiagram
BJ73,LJ7#,RJ7#,HZJ7#,PZJ7#,KZJ7#HZJ78L-RJMRSWDriver's Position: LEFT-HAND DRIVE VEHICLES; Body: HARDTOP(HARDTOP OR FRP TOP); Grade: STANDARD TYPE; Fuel Induction: DIESEL; Engine: (1HZ) 4200CC DIESEL08.1999 - 08.2001 View
DescriptionModelOptionsProd PeriodDiagram
FJ75,LJ7#,HZJ7#,PZJ7#,KZJ7#HZJ79-TJMRS3ATM,MTM: MANUAL TRANSMISSION,5-SPEED FLOOR SHIFT; Body Shape: VEHICLE WITH A NUMBER STARTING FROM 1(ORDINARY TRUCK); Body: CHASSIS FOR FIRE ENGINE; Grade: STANDARD TYPE; Engine: (1HZ) 4200CC DIESEL11.1999 - 08.2004 View

Cab Mount Cushion: Keep Your Ride Smooth & Quiet

Why You Need This Part

The cab mount cushion absorbs vibration and shock between your vehicle’s body and frame. Its main job is to reduce rattling, cabin noise, and harshness. This is vital for comfort, especially on rough roads.

How It Works

Located beneath the cab, this cushion is made of tough rubber compounds. It secures the cab to the frame while flexing slightly to handle road shocks. This prevents vibrations from reaching passengers and delicate vehicle components.

What Happens If It’s Broken

With a worn or damaged cushion, you’ll notice more noise, uncomfortable vibrations, and possible misalignment of the cab. Ignoring this can lead to premature wear of other parts and unsafe driving conditions.

Compatible Models

  • Land Cruiser
  • Land Cruiser S/T
  • Land Cruiser H/T